SIENTIAPDE-988
Refactor OpcManager initialization and unsubscribe method; enhance logging - Removed the `initialize_from_config` method from `OpcManager` class and adjusted the constructor to handle configuration directly. - Improved the `unsubscribe` method to include detailed logging for non-existent subscriptions. - Updated tests in `test_opc_manager.py` to reflect changes in the `OpcManager` class. - Commented out Docker-related fixtures in `conftest.py` for potential future use. - Enhanced test coverage in `test_single_node.py` and `test_data_manager.py` with additional scenarios and assertions. - Introduced new methods in `Ingestor` and `IngestorManager` classes to manage server subscriptions and leases more effectively. - Added new tests for `Ingestor` class to validate initialization and slot management logic. - Implemented logging improvements across various classes to ensure better traceability of actions and errors.
This commit is contained in:
vitor-aignosi
@@ -1,47 +1,47 @@
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import subprocess
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from time import sleep
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from typing import Generator
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import uuid
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from kafka import KafkaConsumer
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import pytest
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from redis import Redis
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# import subprocess
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# from time import sleep
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# from typing import Generator
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# import uuid
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# from kafka import KafkaConsumer
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# import pytest
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# from redis import Redis
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@pytest.fixture(scope="session", autouse=True)
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def docker_compose():
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"""Sobe os containers antes dos testes e derruba depois."""
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print("\n🚀 Subindo Docker Compose...")
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subprocess.run(["docker", "compose", "up", "-d"], check=True)
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# @pytest.fixture(scope="session", autouse=True)
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# def docker_compose():
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# """Sobe os containers antes dos testes e derruba depois."""
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# print("\n🚀 Subindo Docker Compose...")
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# subprocess.run(["docker", "compose", "up", "-d"], check=True)
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print("⏳ Aguardando containers ficarem prontos...")
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sleep(15) # ajuste conforme necessário
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# print("⏳ Aguardando containers ficarem prontos...")
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# sleep(15) # ajuste conforme necessário
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yield # os testes rodam aqui
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# yield # os testes rodam aqui
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print("\n🧹 Derrubando Docker Compose...")
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subprocess.run(["docker", "compose", "down"], check=True)
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# print("\n🧹 Derrubando Docker Compose...")
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# subprocess.run(["docker", "compose", "down"], check=True)
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@pytest.fixture()
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def redis_client():
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redis = Redis(host="localhost", port=6379, decode_responses=True)
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redis.flushdb()
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# @pytest.fixture()
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# def redis_client():
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# redis = Redis(host="localhost", port=6379, decode_responses=True)
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# redis.flushdb()
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yield redis
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# yield redis
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# Limpa o banco de dados após os testes
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redis.flushdb()
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redis.close()
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# # Limpa o banco de dados após os testes
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# redis.flushdb()
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# redis.close()
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def kafka_searcher(topic) -> Generator[KafkaConsumer, None, None]:
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consumer = KafkaConsumer(
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topic,
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bootstrap_servers="localhost:9092",
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group_id=f"test-group-{uuid.uuid4()}",
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auto_offset_reset="earliest", # Começa a consumir apenas mensagens novas
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enable_auto_commit=True,
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)
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# def kafka_searcher(topic) -> Generator[KafkaConsumer, None, None]:
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# consumer = KafkaConsumer(
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# topic,
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# bootstrap_servers="localhost:9092",
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# group_id=f"test-group-{uuid.uuid4()}",
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# auto_offset_reset="earliest", # Começa a consumir apenas mensagens novas
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# enable_auto_commit=True,
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# )
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yield consumer
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consumer.close()
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# yield consumer
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# consumer.close()
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@@ -1,118 +1,118 @@
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import json
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import subprocess
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from time import sleep
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# import json
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# import subprocess
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# from time import sleep
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from tests.functional.conftest import kafka_searcher
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# from tests.functional.conftest import kafka_searcher
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new_data = {
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"slot:opc_tags:1": {
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"server1": {
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"name": "server1",
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"url": "opc.tcp://simulator:4840",
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"server_uri": "http://opcua-server.simulator",
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"tags": {
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'ns=2;i=2': {
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'tag_name': 'Counter',
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'frequency': 1000,
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'topics': [],
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},
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'ns=2;i=3': {
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'tag_name': 'Rollout',
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'frequency': 1000,
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"topics": [],
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},
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'ns=2;i=4': {
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'tag_name': 'Square',
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'frequency': 1000,
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"topics": [],
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},
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}
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}
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},
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"slot:opc_tags:2": {
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"server2": {
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"name": "server2",
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"url": "opc.tcp://simulator:4840",
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"server_uri": "http://opcua-server.simulator",
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"tags": {
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'ns=2;i=2': {
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'tag_name': 'Counter',
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'frequency': 1000,
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'topics': [],
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},
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'ns=2;i=3': {
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'tag_name': 'Rollout',
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'frequency': 1000,
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"topics": [],
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},
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'ns=2;i=4': {
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'tag_name': 'Square',
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'frequency': 1000,
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"topics": [],
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},
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}
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}
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}
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}
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# new_data = {
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# "slot:opc_tags:1": {
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# "server1": {
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# "name": "server1",
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# "url": "opc.tcp://simulator:4840",
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# "server_uri": "http://opcua-server.simulator",
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# "tags": {
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# 'ns=2;i=2': {
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# 'tag_name': 'Counter',
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# 'frequency': 1000,
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# 'topics': [],
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# },
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# 'ns=2;i=3': {
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# 'tag_name': 'Rollout',
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# 'frequency': 1000,
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# "topics": [],
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# },
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# 'ns=2;i=4': {
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# 'tag_name': 'Square',
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# 'frequency': 1000,
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# "topics": [],
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# },
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# }
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# }
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# },
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# "slot:opc_tags:2": {
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# "server2": {
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# "name": "server2",
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# "url": "opc.tcp://simulator:4840",
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# "server_uri": "http://opcua-server.simulator",
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# "tags": {
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# 'ns=2;i=2': {
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# 'tag_name': 'Counter',
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# 'frequency': 1000,
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# 'topics': [],
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# },
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# 'ns=2;i=3': {
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# 'tag_name': 'Rollout',
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# 'frequency': 1000,
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# "topics": [],
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# },
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# 'ns=2;i=4': {
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# 'tag_name': 'Square',
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# 'frequency': 1000,
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# "topics": [],
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# },
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# }
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# }
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# }
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# }
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def test_simple(redis_client):
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new_data['slot:opc_tags:1']['server1']['tags']['ns=2;i=2']['topics'] = [
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'test_topic_1']
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redis_client.set("slot:opc_tags:1",
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json.dumps(new_data['slot:opc_tags:1']))
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# def test_simple(redis_client):
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# new_data['slot:opc_tags:1']['server1']['tags']['ns=2;i=2']['topics'] = [
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# 'test_topic_1']
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# redis_client.set("slot:opc_tags:1",
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# json.dumps(new_data['slot:opc_tags:1']))
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sleep(20) # Espera o Ingestor processar os dados
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# sleep(20) # Espera o Ingestor processar os dados
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# Check if lease is in Redis
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assert redis_client.get("lease:opc_tags:1") == 'ingestor'
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assert redis_client.get("heartbeat:ingestor:ingestor") == '1'
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# # Check if lease is in Redis
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# assert redis_client.get("lease:opc_tags:1") == 'ingestor'
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# assert redis_client.get("heartbeat:ingestor:ingestor") == '1'
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# Check if data is in Kafka
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# # Check if data is in Kafka
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kafka = next(kafka_searcher('test_topic_1'))
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sleep(1)
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messages = kafka.poll(timeout_ms=10000)
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# kafka = next(kafka_searcher('test_topic_1'))
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# sleep(1)
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# messages = kafka.poll(timeout_ms=10000)
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assert messages, "Expected messages in Kafka, but got none."
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# assert messages, "Expected messages in Kafka, but got none."
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def test_simple_double_slot(redis_client):
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# def test_simple_double_slot(redis_client):
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new_data['slot:opc_tags:1']['server1']['tags']['ns=2;i=2']['topics'] = [
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'test_topic_double_slot1']
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redis_client.set("slot:opc_tags:1",
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json.dumps(new_data['slot:opc_tags:1']))
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# new_data['slot:opc_tags:1']['server1']['tags']['ns=2;i=2']['topics'] = [
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# 'test_topic_double_slot1']
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# redis_client.set("slot:opc_tags:1",
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# json.dumps(new_data['slot:opc_tags:1']))
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sleep(20) # Espera o Ingestor processar os dados
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# sleep(20) # Espera o Ingestor processar os dados
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assert redis_client.get("lease:opc_tags:1") == 'ingestor'
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assert redis_client.get("heartbeat:ingestor:ingestor") == '1'
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# assert redis_client.get("lease:opc_tags:1") == 'ingestor'
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# assert redis_client.get("heartbeat:ingestor:ingestor") == '1'
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# Check if data is in Kafka
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kafka1 = next(kafka_searcher('test_topic_double_slot1'))
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messages = kafka1.poll(timeout_ms=10000)
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# # Check if data is in Kafka
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# kafka1 = next(kafka_searcher('test_topic_double_slot1'))
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# messages = kafka1.poll(timeout_ms=10000)
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assert messages, "Expected messages in test_topic_double_slot1, but got none."
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# assert messages, "Expected messages in test_topic_double_slot1, but got none."
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new_data['slot:opc_tags:2']['server2']['tags']['ns=2;i=2']['topics'] = [
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'test_topic_double_slot2']
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redis_client.set("slot:opc_tags:2",
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json.dumps(new_data['slot:opc_tags:2']))
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# new_data['slot:opc_tags:2']['server2']['tags']['ns=2;i=2']['topics'] = [
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# 'test_topic_double_slot2']
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# redis_client.set("slot:opc_tags:2",
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# json.dumps(new_data['slot:opc_tags:2']))
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sleep(20) # Espera o Ingestor processar os dados
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# sleep(20) # Espera o Ingestor processar os dados
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# Check if lease is in Redis
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assert redis_client.get("lease:opc_tags:2") == 'ingestor'
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assert redis_client.get("lease:opc_tags:1") == 'ingestor'
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assert redis_client.get("heartbeat:ingestor:ingestor") == '1'
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# # Check if lease is in Redis
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# assert redis_client.get("lease:opc_tags:2") == 'ingestor'
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# assert redis_client.get("lease:opc_tags:1") == 'ingestor'
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# assert redis_client.get("heartbeat:ingestor:ingestor") == '1'
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# Check if data is in Kafka
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kafka2 = next(kafka_searcher('test_topic_double_slot2'))
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messages = kafka2.poll(timeout_ms=10000)
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# # Check if data is in Kafka
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# kafka2 = next(kafka_searcher('test_topic_double_slot2'))
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# messages = kafka2.poll(timeout_ms=10000)
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assert messages, "Expected messages in test_topic_double_slot2, but got none."
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# assert messages, "Expected messages in test_topic_double_slot2, but got none."
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messages = kafka1.poll(timeout_ms=10000)
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assert messages, "Expected messages in test_topic_double_slot1, but got none."
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# messages = kafka1.poll(timeout_ms=10000)
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# assert messages, "Expected messages in test_topic_double_slot1, but got none."
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